![]() Finding the right resources for dosage calculations for nursing students can be challenging. 15 Dosage Calculation Resources for Nursing StudentsĬalculating the correct dosage takes practice. While technology and medication administration software can help, nurses must have a strong understanding and ability to ensure the technology is used correctly. Incorrect dosing can lead to adverse events, toxicity, and ineffective treatment. Nurses may need to calculate the amount based on the concentration of the medication and the patient's weight. The goal is for the patient to receive the correct medication dosage. Manufacturers cannot package drugs for every possible combination. Medication dosages are calculated on many factors, including the weight of the patient, diagnosis, age, comorbidities, and risk factors. The Importance of Dosage Calculations in Nursing Explore the importance of calculating the right dosage and 15 easily accessible resources that will help you become an expert at this crucial skill. Nursing students need education and practice to learn how to calculate intravenous (IV) drip rates (when the IV pump is broken) and draw up the correct amount of fluid in a syringe. Calculating dosages is likely one of the most important skills you'll gain as a nursing student and is necessary to ensure medications are administered correctly. These 15 resources incorporate books, online tutorials, videos, audio, worksheets, and quizzes so nursing students can find the best resource.Īre you intimidated by making dosage calculations? These are critical to a patient's health and recovery.Not all nursing students have the same learning style, so it's crucial to teach students in a manner that makes it easiest for them to learn.Dosage calculations are one of the most critical skills a nursing student learns as it lowers the risk of toxicity and improves patient outcomes.This pediatric dose calculator is also able to compute the quantity of solution to be administered (both daily and per dose), given the pediatric dosage required. Some medication is available in multiple concentrations, for example a solution of 5mg/10mL. The q stands for “quaque” which means every, and the h indicates the number of hours, where a dose of medicine must be administered every 8, 6, 4, 3, 2 hours, respectively every hour. ![]() Stands for “quater in die” meaning four times a day, so a dose of medicine must be administered four times during the waking hours Stands for “ter in die” meaning three times a day, so a dose of medicine must be administered thrice during the waking hours Stands for “bid in die” meaning twice a day, so a dose of medicine must be administered twice during the waking hours Stands for “quaque die” meaning once a day – this dosage is the same as dose per day The following table summarizes the main administration frequencies, as commonly found on prescriptions: Freq. The above calculations accept mcg/kg/day or mcg/kg/dose as well, to facilitate use. There are several methods available for estimating pediatric dosages, the most commonly used being dosing according to body weight or body surface area (BSA).ĭoses are often expressed as mg/kg/day (similar to mg/kg) or mg/kg/dose and accompanied by a frequency of administration that can vary from once daily to every hour.
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